Add to ORKGA unique 3-D computer simulator is used to predict natural fracture network characteristics in the subsurface. The model is based on the numerical solution of rock deformation processes coupled to the myriad of other basin reaction, transport and mechanical (RTM) processes. The model integrates seismic, well log and surface geological data to arrive at a quantitative picture of the distribution of fractures, stress, petroleum and porosity, grain size and other textural information
textThe production of oil and gas from a naturally fractured reservoir requires an understanding of...
A geomechanical and fluid-flow coupled model was developed to simulate natural-fracture network reac...
Abstract: The interconnectedness of a subsurface fracture system depends on five fracture and fractu...
A unique 3D computer simulator is used to predict natural fracture network characteristics in the su...
The power of the reaction, transport, mechanical (RTM) modeling approach is that it directly uses th...
A new forward modeling approach to simulate the extension/closure and orientation statistics of evol...
The overall theme of the project is to develop a quantitative understanding of basin reaction/transp...
When hydraulic fractures intersect with natural fractures, the geometry and complexity of a fracture...
Fluid flow through fracture networks in a rock mass depends strongly on the nature of connections be...
Local properties of a fractured reservoir are characterized using borehole geophysical logs. These p...
Natural fractures and fracture networks characteristics significantly influence the success of reser...
This report summarizes the work carried out during the period of September 29, 2000 to January 15, 2...
Fluid flow through fracture networks in a rock mass de ends strongly on the nature of connections be...
International audienceIn sedimentary basin context, numerous phenomena, depending on the geological ...
Natural fractures are commonly observed in many major reservoirs worldwide and contribute significa...
textThe production of oil and gas from a naturally fractured reservoir requires an understanding of...
A geomechanical and fluid-flow coupled model was developed to simulate natural-fracture network reac...
Abstract: The interconnectedness of a subsurface fracture system depends on five fracture and fractu...
A unique 3D computer simulator is used to predict natural fracture network characteristics in the su...
The power of the reaction, transport, mechanical (RTM) modeling approach is that it directly uses th...
A new forward modeling approach to simulate the extension/closure and orientation statistics of evol...
The overall theme of the project is to develop a quantitative understanding of basin reaction/transp...
When hydraulic fractures intersect with natural fractures, the geometry and complexity of a fracture...
Fluid flow through fracture networks in a rock mass depends strongly on the nature of connections be...
Local properties of a fractured reservoir are characterized using borehole geophysical logs. These p...
Natural fractures and fracture networks characteristics significantly influence the success of reser...
This report summarizes the work carried out during the period of September 29, 2000 to January 15, 2...
Fluid flow through fracture networks in a rock mass de ends strongly on the nature of connections be...
International audienceIn sedimentary basin context, numerous phenomena, depending on the geological ...
Natural fractures are commonly observed in many major reservoirs worldwide and contribute significa...
textThe production of oil and gas from a naturally fractured reservoir requires an understanding of...
A geomechanical and fluid-flow coupled model was developed to simulate natural-fracture network reac...
Abstract: The interconnectedness of a subsurface fracture system depends on five fracture and fractu...